The discovery of saturation spectroscopy was connected with the first experiments of
studying physical effects when the laser radiation interacted with the amplifying medium of …

With the formulation of quantum mechanics by Dmac [8.1] and others in the late twenties, it
became clear that the interactions of electromagnetic radiation and matter also comprise …

The depolarization of OH (X Π 2 3/2, v= 0, J= 1.5–6.5, e) rotational angular momentum
(RAM) in collisions with He and Ar under thermal conditions (298 K) has been studied using …

The kinetic processes controlling the conversion of CO 2 pump radiation into far-infrared
(FIR) radiation in optically pumped waveguide lasers are discussed. It is found that pump …

The highly sensitive method of infrared-radio-frequency double resonance inside a laser
cavity has been applied to the observations of" pure" nuclear quadrupole resonances of …

Detailed studies involving high-resolution Doppler-free two-photon spectroscopic
measurements of the ν 2 vibrational bands in NH 3 14 are presented. Using the technique of …

Microwave modulation sidebands of CO 2 laser lines were used for sub-Doppler saturation
spectroscopy in the ν 2 fundamental of NH 3. Fifteen transitions were observed and their …

Abstract The ν 3, ν 4, and ν 6 bands of thioformaldehyde, H 2 CS, have been studied using
the technique of laser Stark spectroscopy. The H 2 CS was produced by the pyrolysis of …

Optical science, engineering, and technology have grown rapidly in the last decade so that
today optical engineering has emerged as an important discipline in its own right. This …

Infrared laser stark spectroscopy of ammonia Page 1 Appl. Phys. 21, 181-189 (1980) Applied
Physics 9 by Springer-Verlag 1980 Infrared Laser Stark Spectroscopy of Ammonia* K. Shimoda …